Tflex HD92000 SHEET 228x228x2,0mm
Laird Tflex HD92000 SHEET 228x228x2,0mm Thermal Pad 7,5W/mK 2,0mm 00Shore:32 -50°C+125°C A17752-08
Prodejní cena bez DPH / ks
3 904,00 Kč
Laird Tflex HD92000 SHEET 228x228x2,0mm 7,5 W/mK: Laird’s Tflex™ HD90000 is the latest product in our High Deflection series. Tflex™ HD90000combines 7.5 W/mK thermal conductivity with superior pressure versus deflection characteristics. The combination will allow minimal stress on components while also yielding low thermal resistance. As a result, less mechanical and thermal stresses will be experienced within your device.
Tflex™ HD90000 is available in thickness from 0.020” (500 µm) to 0.200” (5000 µm). Laird can provide material to meet your production needs in any region through our local production facilities. Please contact your local Laird sales or field engineering contact for samples or questions.
FEATURES AND BENEFITS
- 7.5 W/mK thermal conductivity
- Low pressure versus deflection
- Excellent surface wetting for low contact resistance
- Minimizes board and component stress
- Low Outgassing
- Low D3-D20 (< 20ppm)
- Large tolerance applications
- Environmentally friendly solution that meets regulatory requirements including RoHS and REACH
Tflex™ HD90000 is available in thickness from 0.020” (500 µm) to 0.200” (5000 µm). Laird can provide material to meet your production needs in any region through our local production facilities. Please contact your local Laird sales or field engineering contact for samples or questions.
FEATURES AND BENEFITS
- 7.5 W/mK thermal conductivity
- Low pressure versus deflection
- Excellent surface wetting for low contact resistance
- Minimizes board and component stress
- Low Outgassing
- Low D3-D20 (< 20ppm)
- Large tolerance applications
- Environmentally friendly solution that meets regulatory requirements including RoHS and REACH
Název skladu | Dostupnost | Z toho rezervováno | Prodejní cena bez DPH | |
---|---|---|---|---|
ATD hlavní sklad | 0 | 0 | 3 904,00 Kč |
Soubor | Velikost |
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Tflex HD92000 | 281,11 kB |